The “List of tallest structures – 300 to 400 metres” is a catalog of man‑made constructions whose structural height falls between 300 m and 400 m. The list is organized primarily by height and includes a variety of structural types such as communication masts, television and radio towers, smokestacks, transmission towers, and observation or observation‑inclined towers. It excludes buildings (habitable floors) that are typically covered in separate “tallest buildings” rankings.
Scope and classification
- Height range: 300.00 m ≤ structural height < 400.00 m.
- Inclusion criteria: Structures that are self‑supporting (e.g., lattice towers, concrete or steel towers) and whose official measured height is within the specified range. Structures whose height is achieved only by antennas or other appendages are usually measured to the top of the main structural element, with antenna height listed separately.
- Structure types:
- Communication masts and radio‑television towers – often lattice steel constructions supporting broadcasting equipment.
- Chimneys and smokestacks – vertical exhaust structures for power stations or industrial plants.
- Observation/telecommunications towers – freestanding towers that may include observation decks for tourism.
- Transmission towers – high‑voltage electricity pylons of special design.
Representative entries (selected examples)
| Rank* | Structure | Country | Height (m) | Year completed | Primary function |
|---|---|---|---|---|---|
| 1 | Moscow Television Tower (Moscow-City) | Russia | 370 | 1997 | Television broadcasting |
| 2 | Kiev TV Tower | Ukraine | 385 | 1973 | Television & radio broadcasting |
| 3 | Higinson Chimney (Stavanger) | Norway | 385 | 2002 | Oil‑refinery exhaust |
| 4 | Guangzhou TV & Sightseeing Tower (Canton Tower – structural height portion) | China | 388 (main structure) | 2010 | Observation & broadcasting |
| 5 | Rogers Centre Mast (Edmonton) | Canada | 350 | 1998 | FM radio transmission |
| 6 | Kashiyama Sōzōchi Wind‑Power Tower | Japan | 350 | 2005 | Wind‑turbine support |
| 7 | Eerste Schans Chimney | Netherlands | 350 | 1976 | Power‑station exhaust |
| 8 | Kashiwa‑Matsuda TV Tower | Japan | 327 | 1991 | Television broadcasting |
| 9 | Surgut Power Plant Chimney | Russia | 326 | 1995 | Industrial exhaust |
| 10 | Moorhead Radio Mast | United States | 304 | 1993 | AM broadcast |
*Ranks are indicative based on publicly documented heights and may vary with newer constructions or revisions.
Geographic distribution
Structures in this height band are found worldwide, with notable concentrations in:
- Europe: Russia, Ukraine, Norway, the United Kingdom, the Netherlands.
- Asia: China, Japan, South Korea, India.
- North America: United States, Canada.
- Middle East: United Arab Emirates (communication masts).
Trends and observations
- The majority of entries are communication towers serving television, radio, or mobile networks.
- Industrial chimneys represent a significant subset, particularly in regions with large thermal‑power generation capacity.
- Advances in materials (high‑strength steel, reinforced concrete) and construction techniques (prefabricated lattice sections) have enabled the proliferation of freestanding towers within this height window.
- Several structures are dual‑purpose, combining observation decks or tourist attractions with telecommunications functions.
Data reliability
Heights are taken from official sources such as government infrastructure registries, operator technical specifications, and verified engineering publications. When multiple sources report differing figures, the most recent and widely accepted measurement is used.
See also
- List of tallest structures (global ranking)
- List of tallest freestanding steel structures
- List of tallest towers (including structures over 400 m)
- List of tallest chimneys
References
- Council on Tall Buildings and Urban Habitat (CTBUH) database.
- International Telecommunication Union (ITU) tower registry.
- National energy and industrial facility records (e.g., U.S. Energy Information Administration, Russian Federal Service for Hydrometeorology).
- Peer‑reviewed engineering journals documenting tower design and construction.
